Publications
Effects of Ion-Shot Coolant System on Cutting of the Ferrous material with a Diamond Tool
A special coolant system called ‘ion-shot coolant system’ was developed for machining of the ferrous material with a diamond tool. It consists of ELID (Electrolytic In-process Dressing) liquid and nanometer size carbon particles. A series …
Effects of Elid-Electrolytic Coolant with Nanometer Size Carbon Particles on the Cutting Phenomena
To overcome difficulty in machining of a ferrous material with a diamond tool, a new coolant system named ‘ion-shot coolant system’ was developed utilizing ELID (Electrolytic In-process Dressing) electrolytic coolant and nanometer size carbon particles. …
Investigation of the Effects of an Electrolytic Coolant with a Nano Carbon Additive in Diamond Micro Cutting on Ferrous Materials
A special coolant system called ‘Ion-shot coolant system’ which consists of an electrolytic liquid and a nano carbon additive was developed. A series of experimental studies had been conducted to understand the effects of the …
Micro Cutting of Ferrous Materials Using Diamond Tool with Carbon Particle Additive and Ionized Coolant
A new coolant for micro cutting of ferrous materials using a diamond tool was proposed. The effects of the new coolant (ion-shot coolant) which consists of ionized coolant and carbon particles on two steel materials, …
Design and Uncertainty Analysis of a 5-axis Ultra-Precision Machine Tool
Sensor-less Tool Contact Detection on Linear Motor Driving XY Stage (リニアモータ駆動XYステージにおけるセンサレス工具接触検知技術)
Sensor-less Tool Contact Detection for High-Precision Machine Tools and Proposal for Identifying Workpiece (超精密加 工機のためのセンサレス工具接 触検知技術と工作物認証手法の提案)
Acceleration and Deceleration Characteristics of Power Consumption on Machine Tool Feed Drive
This study presents a simple methodology for capturing power consumption by acceleration and deceleration of feed drive on a vertical three-axis milling machine only using a High Speed Power Meter (HSPM). Because of configurations of …
A Comparison of Energy Consumption in Wire-Based and Powder-Based Additive-Subtractive Manufacturing
The objective of this work is to compare the energy consumption associated with the creation of a small volume of steel by wire-based additive-subtractive manufacturing and powder-based additive-subtractive manufacturing. Additive manufacturing is a growing area …